1) steady flame
稳定火焰<冶>
2) flame stability
火焰稳定
1.
Through a simple “input output” relationship the ascertainment of pulverized coal flow flame stability is attempted.
试图通过简单的“输入—输出”关系，判别煤粉气流火焰稳定性。
3) Flame stabilization
火焰稳定
1.
Characterization of flame stabilization for V-gutter in centrifugal force field
离心力场下V型火焰稳定器火焰稳定性的研究
2.
The technical principles of pre-evaporative combustion of liquid fuels are described and the problem of flame stabilization during the pre-evaporative combustion of light oil is analyzed.
介绍液体燃料预蒸发燃烧的技术原理 ,分析轻油预蒸发燃烧中的火焰稳定问题 ,并重点介绍目前在实现轻油预蒸发燃烧中所采用的若干稳焰措
4) stability flame
稳定火焰
5) flame stability
火焰稳定性
1.
The flame stability,intensity of thermal load and reasonable replacement of improper fuel gas were taken into account to investigate the fuel gas interchangeability of industrial heating furnaces and boilers.
通过燃气互换性计算,从火焰稳定性、热负荷强度和合理置换等方面研究了适合于工业类加热炉及锅炉动力类设备的燃气互换性问题,具体研究了不同热值高、焦混合煤气置换纯焦炉煤气的可行性,得出在满足生产工艺要求下不同燃气的置换。
2.
Two-dimensional velocity fields were measured quantitatively using particle image velocimetry(PIV) in the humid air non-premixed recirculating combustion on a bluff-body burner in order to study the effect on flame stability with steam added.
利用粒子图像测速技术对钝体后的湿空气回流非预混燃烧火焰流场进行了测量,研究湿空气燃烧火焰的结构特性,以及水蒸气的加入对火焰稳定性的影响,得到湿空气燃烧火焰的稳定性区域图。
3.
The effects of diluent gas on flame stability are also discussed in this paper.
结果表明:氢气-空气混合气的火焰传播速率随着燃空当量比的增大而增大;马克斯坦长度随着当量比的增大而增大,即火焰的稳定性增强;随稀释比的增大,无拉伸火焰传播速率Sl明显减小;同时得到层流火焰燃烧速率,并分析了稀释比对火焰稳定性的影响。
6) Flame holder
火焰稳定器
1.
An experimental study on initial spray field of edge blowing mixture curtain(EBMC) flame holder was conducted using a particle dynamics analyzer(PDA).
利用激光测雾仪(PDA)对尾缘吹气式火焰稳定器尾缘出口的初始雾化场进行了实验研究,在静止空气中测量了尾缘出口下游不同截面上的各点处的液滴直径、速度等参数,分析了雾化场结构,初步探讨了初始雾化场的特征。
2.
Experimental investigation on the drag of cavity flame holder was conducted by force measurement system.
6 kPa来流,采用等截面燃烧室构型,利用推力测量系统对不同结构尺寸的开式凹腔火焰稳定器的冷流阻力和热试阻力进行了研究。
3.
The results also showed that flow velocity of combustor and installation scheme of flame holders will extremely affect the ignition delay or occurring position of ignition.
3kPa条件下,采用高速摄影和连续激光高速纹影对等截面型开窗燃烧室内氢气射流自燃过程、火花塞点燃氢气过程和引导氢气火焰点燃煤油过程进行了观测,获得了燃烧室内着火过程中火焰和流场波系结构的动态演化过程;观察到了初始火焰区首先起始于燃烧室下游,并逆流传播实现发动机着火的过程;分析表明燃料能否着火、以及着火位置与燃料着火时间、燃烧室流速和火焰稳定器安装情况相关,多火焰稳定区延长了燃料驻留时间,使燃料更容易着火。
补充资料：融融冶冶
1.美好艳冶。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条